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You are here: Home > Real Estate > Building a Home > How To Choose A House Plan - Part 8 of 10 |
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Answer Upon - How To Choose A House Plan - Part 8 of 10
Debt Consolidation ryIn a world where credit has become a household word, so, unfortunately, has debt. If you are straining under the weight of your debt from school, your home, car or bills there are ways to help you work your way back into the black.Ways To Consolidate Your DebtThere are several different ways you can go about consolidating your debt: unsecured consolidation loan, secured consolidation loan, debt management with no loan, bill consolidation. There are options available for everyone and every situation.Consolidation LoansA secured debt consolidation l But then in the 1980s energy got cheap again, and everybody forgot about low-energy homes (see I told you - just a little more history). Where We Are Now Fast-forward to the twenty-first century and suddenly energy is on the front page again. And again homes are responding to pressure to reduce energy usage, but in a curiously different way - through Energy used for heating and cooling homes is going to continue to get more expensive and as we've seen recently, world politics can quickly and dramatically affect your access to cheap energy. I'll get to the part about house plans in a minute, but first... A Little History This isn't the first energy crunch we've had. In the 1970's - when I was a college student studying Environmental Design - world events conspired to create an American energy crisis. It was an interesting time to study Architecture, because the buildings we designed were required to respond to the environment - to use natural energy sources as much as possible. The homes we created used technology and inventive design to give them form - we designed solar homes, earth-sheltered homes, thermal-mass homes, and other types in a wide variety of shapes and sizes. They collected heat from the sun and the ground and held it inside as long as possible. They blocked excessive solar radiation with deep overhangs and shading devices, and they were very carefully oriented to the angle of the sun and prevailing winds. Sure they looked a little weird (some were downright ugly) but we designed homes that stayed warm in the winter and cool in the summer and used almost no energy at all. A Little More History But then in the 1980s energy got cheap again, and everybody forgot about low-energy homes (see I told you - just a little more history). Where We Are Now Fast-forward to the twenty-first century and suddenly energy is on the front page again. And again homes are responding to pressure to reduce energy usage, but in a curiously different way - through e I'll get to the part about house plans in a minute, but first... A Little History This isn't the first energy crunch we've had. In the 1970's - when I was a college student studying Environmental Design - world events conspired to create an American energy crisis. It was an interesting time to study Architecture, because the buildings we designed were required to respond to the environment - to use natural energy sources as much as possible. The homes we created used technology and inventive design to give them form - we designed solar homes, earth-sheltered homes, thermal-mass homes, and other types in a wide variety of shapes and sizes. They collected heat from the sun and the ground and held it inside as long as possible. They blocked excessive solar radiation with deep overhangs and shading devices, and they were very carefully oriented to the angle of the sun and prevailing winds. Sure they looked a little weird (some were downright ugly) but we designed homes that stayed warm in the winter and cool in the summer and used almost no energy at all. A Little More History But then in the 1980s energy got cheap again, and everybody forgot about low-energy homes (see I told you - just a little more history). Where We Are Now Fast-forward to the twenty-first century and suddenly energy is on the front page again. And again homes are responding to pressure to reduce energy usage, but in a curiously different way - through The homes we created used technology and inventive design to give them form - we designed solar homes, earth-sheltered homes, thermal-mass homes, and other types in a wide variety of shapes and sizes. They collected heat from the sun and the ground and held it inside as long as possible. They blocked excessive solar radiation with deep overhangs and shading devices, and they were very carefully oriented to the angle of the sun and prevailing winds. Sure they looked a little weird (some were downright ugly) but we designed homes that stayed warm in the winter and cool in the summer and used almost no energy at all. A Little More History But then in the 1980s energy got cheap again, and everybody forgot about low-energy homes (see I told you - just a little more history). Where We Are Now Fast-forward to the twenty-first century and suddenly energy is on the front page again. And again homes are responding to pressure to reduce energy usage, but in a curiously different way - through Sure they looked a little weird (some were downright ugly) but we designed homes that stayed warm in the winter and cool in the summer and used almost no energy at all. A Little More History But then in the 1980s energy got cheap again, and everybody forgot about low-energy homes (see I told you - just a little more history). Where We Are Now Fast-forward to the twenty-first century and suddenly energy is on the front page again. And again homes are responding to pressure to reduce energy usage, but in a curiously different way - through But then in the 1980s energy got cheap again, and everybody forgot about low-energy homes (see I told you - just a little more history). Where We Are Now Fast-forward to the twenty-first century and suddenly energy is on the front page again. And again homes are responding to pressure to reduce energy usage, but in a curiously different way - through envelope and mechanical technologies. Envelope Technology The "envelope" of your home is its wrapper - the roof, walls, windows, and foundation. It's what keeps the outside out. There was a time when heat flowed rather freely through the envelope; windows were single-pane thickness and walls and roofs had little or no insulation. Today, wall and roof assemblies can be very high-tech. New types of insulation, sheathing, and siding slow heat flow to a crawl. Infiltration barriers (Tyvek, Typar for example) stop excessive water vapor migration and seal the outside more tightly than ever. Houses can be sealed so tightly in fact, the trapped moisture can accelerate mold growth (that's a subject for another time). Windows and doors have also gone light-years beyond the old wood-framed putty-glazed sashes of the early twentieth century. Windows today are offered with multiple panes of glass sealed together to create an insulating layer within; often that "airspace" is filled with inert Argon gas - which has a higher resistance to heat transmission than air. The framing of the windows is far better sealed, and the installation methods are much improved. Even plain old glass isn't what it used to be - now it's coated with a microscopic layer that allows sunlight in, but block Ultraviolet rays and keeps heat from escaping. Other high-tech wall technologies include ICFs (Insulated Concrete Forms), and SIPs (Structural Insulated Panels). Mechanical Technology The other area of big change is mechanical techno
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